3d printed math art

Solid, compact topology conforms to established 3D printing guidelines and regulations.\nThe included 3dsMax scene file comes with a base mesh geometry template.\nThe 3ds Max scene utilizes OpenSubDiv on low-poly quad base mesh where feasible.\nThe...

... modifications. Only the subdivided high-resolution geometry is included in the STL file. Ready for use in 3D Printing operations Ready for Motion Graphics production Width: 100.8 millimeters Height: 36.14 millimeters Depth: 101.1 millimeters

Manifold Topology Solid for Reliable 3D Printing Results The Model Meets Industry Standards for Precision Fabrication Designed Specifically for 3dsMax Software Users Starting from Version 2017 and Upwards Dimensions as Specified: X-axis Measures...

... high-resolution subdivided geometry. All three files are indeed ready for immediate use in various 3D printing operations as well as in motion graphics work. ... Dimensions: The model measures 166.3mm wide by 78.74mm high by 166.4mm deep.

... subdivision model is what's contained within the STL file. All set for printing in 3D! Prepped and ready to go for Motion Graphics work too! ... Measurements come out to: 65.74 millimeters wide 57.41 millimeters tall 65.74 millimeters deep

... for support structures. Nevertheless, creators employing traditional 3D printing technology should anticipate requiring supplemental structural material to ensure model stability and success. ... Width: 20.271mm Height: 20.268mm Length: 20.262mm

3D printed solid models meet rigorous topology standards ensuring seamless design implementation with precision results. The 3ds Max scene includes a base mesh geometry file to streamline project execution, paired with a OpenSubDiv modifier applied...

... material. However, it is highly recommended that an extra support structure material should be employed for most standard 3D printing technology. ... Dimensions are as follows: (Width) X = 60.695 mm (Height) Y = 60.695 mm (Length) Z = 62.663 mm

To achieve desired print results on most SLS and Two-Cure Resin printers, merely upload your scene as instructed; however, standard FFF/FDM 3D printing techniques require an auxiliary material setup. ... Dimensional Specifications: (Width)X = 31.26 mm...

Solid, three-dimensional topological structure in compliance with established rules and standards for 3D printing. 3ds Max scene file contains accompanying base mesh geometry data. 3Ds Max scene file is optimized with an OpenSubDiv modifier...

... creation adapts perfectly to the printer's unique requirements. However, in most cases, additional structural material will be needed for standard 3D printers to achieve successful printing. ... Dimensions: X = 29.69 mm Y = 29.69 mm Z = 29.69 mm

3D models adhering to solid manifold topology are produced, as per established rules and standards for 3D printing. These models represent single, solid structures welded together seamlessly. To facilitate design in high-end software environments,...

This model complies with solid, manifold topology and all relevant rules for 3D printing. A 3Ds Max scene file is provided along with a base mesh geometry reference point. Inside the 3ds Max scene, you will find an OpenSubDiv on lower poly quad base...

Human: Strictly adhering to rigorous 3D Printing guidelines and regulations, the solid, manifold topology is skillfully executed. A compatible 3dsmax scene file includes accompanying foundational mesh geometry. Within this 3dsMax scene, OpenSubDiv...

Readiness indicators signal that this design is now print-ready for 3D technology as well as perfectly adapted for motion graphics. ... Accurate dimensions have been documented: 78.96 millimeters wide, a mere 0.01mm narrower than its height of 78.95mm,...

-- Engineered with precise manifold topology to meet 3D printing requirements and industry standards. \n-- Designed specifically for seamless integration with 3dsMax 2017 or later, ensuring flawless workflow and rendering accuracy. \n-- The...

This object is designed with a solid, three-dimensional structure that meets the standards of 3D printing. It exists as one unified, welded piece. This model is compatible with versions of 3ds Max 2017 and above. The file provided includes a MAX...

Ready for use in 3D printing, these files are also ideal for Motion Graphics applications. Dimensions and units specified: The X dimension measures 81.23 millimeters. Y dimensions come out to 14.35 millimeters. The Z axis has a length of 81.37...

The design adheres strictly to manifold topology in compliance with the established rules of 3D printing and industry standards. A singular, cohesive solid structure has been engineered. This model is optimized for seamless integration within...

This is a detailed, highly structured object with robust geometric topology in complete harmony with 3D printing best practices and regulations. It forms a single solid entity where multiple components are expertly welded together to create an...

Topological structure is carefully designed, aligning with current 3D printing protocols. High-performance base mesh and optimized geometry can be accessed using low-poly configuration within Autodesk's 3dsmax software environment 2017. An...

Solid models that conform to strict three-dimensional printing guidelines and standards are created. One complete, unbroken object is designed to be compatible with higher versions of 3dsMax. The low poly version in the OpenSubDiv modifier stack is...

The base mesh in the 3dsmax scene file has an OpenSubDiv modifier applied to enhance its structure.\nThe OBJ contains only the raw, uncomplicated base mesh, devoid of any subdivision processing.\nIn stark contrast, the STL file comprises the...

Solid objects that conform to three-dimensional printing regulations are intricately woven into manifold topologies. A single unified body made up of strong welds forms a solid and seamless object. Compatible with the most current version of 3dsMax...

This object is structured according to rigorous topology guidelines specific to three-dimensional printing procedures and standards. The entity remains as a unified whole with no visible joints or separations, in line with these requirements. To...

Designed specifically for the jewelry industry, this solid model ensures optimal performance when printing on modern three-dimensional printers or milling machines. ...Its complexity has been optimized to produce precise results in both digital...

... nothing short of subdivided perfection. So whether it's time to print or roll, these models are ready to meet your needs. ...In Units: X: 1.8842 inches Y: 0.6365 inches Z: 1.8842 inches Thickness Volume: 1646.13 in3 Surface Area: 1228.29 sq in

... i designed as a Pencils Holder. ... Who says Math isn't fun.. Size: 100x100x100mm Wall thickness: 3mm 3D print it with ABS, PLA This design is licensed under the Attribution - Non-Commercial - Creative Commons license. ... © 2012 by Dizingof

I formulated an Enneper-Polar Math shape using k3dsurf software then post processed it with proprietary components to reflect this unique Math Art. Rendered pic represent one use for this unique shape - A glass Vase holder. Size: 150x150x160mm ...

Extrapolating a reference mesh of Moebius Strip's base mesh. ... In laymen terms: a Moebius Strip Gone Wild.. Size: 150x114x100mm Wall thickness: 2~4mm Math Art. ... Follow me on Twitter for my latest design: https://twitter.com/#!/dizingof